Vernier Solar Panel

Use data collection software to calculate mean average values.

Vernier solar panel.

If you are using this curriculum as part of a stem specific program you will find that the experiments and projects consistently integrate. Solar panels can be used at many scales to generate power. Measure current potential difference voltage and power output of three solar panels with a vernier energy sensor. Solar energy investigations challenge students to study solar power while practicing engineering design.

Harness energy from the solar panels to pump water or power a small motor. Simply connect a source such as a small wind turbine or solar panel to one side and a load such as the variable load or a resistor on vernier resistor board to the other side. In investigating solar energy students explore solar energy energy transfer series and parallel circuits and variables that affect solar panel output using the kidwind solar energy exploration kit an energy sensor and a surface temperature sensor. Introduction to solar panels.

Investigate the relationship between resistance and maximum power output. Explore how current potential difference voltage and power output vary depending on the resistance load in the circuit. Attached alligator clips make the panels easy to use. A single small panel can be used to charge electronic devices such as your cell phone.

Measure the power output of three solar panels with a vernier energy sensor. Learn about the effect of important variables in photovoltaic systems such as the effects of shade temperature and load on solar panel output. Setting up a circuit to study renewable energy systems such as wind turbines or solar panels is easy with the vernier energy sensor. Large numbers of panels can function together to generate electricity for an entire neighborhood.

Many of the experiments use the vernier energy sensor and the vernier variable load two products that were designed to measure the power and energy output of renewable energy sources. Vernier understands that meeting standards is an important part of today s teaching learn more. Experiment 1 from investigating solar energy. Using solar panels to generate electricity from the sun is becoming increasingly common.

Three solar panels allow you to explore series and parallel circuits. So engineers connect many solar cells together to build a device called a solar panel. Students will sharpen problem solving skills and get a better understanding of how scientific concepts have real world applications. This small high quality solar panel is great for demonstrations and student experiments.